Taylormade R7 425 Specs

The TaylorMade R7 425 TP is a high-performance driver designed for serious golfers. The R7 425 TP is made to help you feel the club's stability as you swing through your shot. The driver is available in different weights to meet your specific needs. When it was released in 2006, the R7 425 TP had a retail price of more than $1,000.
  1. Loft, Lie and Measurement

    • All of the R7 425 TP driver models have a lie of 59 degrees. The driver comes in four different versions with varying loft: 7.5-, 8.5-, 9.5- and 10.5-degree loft clubs. The 7.5- and 8.5-degree models are both available only for right-handed golfers. The head of the club measures 425 cc.

    Composition

    • The R7 425 TP has a titanium head and face that are created separately. The driver has a TaylorMade Fujikura shaft made entirely of graphite. The shaft is available with different amounts of flexibility depending on how you like your shots to feel. The stiff, strong and extra-stiff shafts all have little give when you swing through your shot. The soft and senior versions have a lot more flexibility, while the regular version is a middle ground between the stiff and flexible shafts.

    Weight Distribution

    • The R7 425 TP weighs 98 grams, and sections of weight can be adjusted for different feels and ball reactions. Depending on where the weight is distributed, you can alter your driver to hit the ball higher or with different levels of spin. You can place 12 different cartridges in different areas of the club. These cartridges are easily removable without the help of an expert.

    Other Features

    • The R7 425 TP driver uses TaylorMade's technology to ensure better shots when you fail to hit the ball squarely in the center of the face. The face has an open angle. The shaft is made to feel strong even with the flexible models. Distance is derived from how the shaft and head work together to provide a high MOI, or moment of inertia. This means that the face of the head will ideally meet the ball at the highest velocity of your swing for extra distance.